根据直线同步电机长定子的齿槽结构特性，设计了一种新型的电感式相对位置传感器。
In accordance with the cogging characteristic of the long stator of the linear synchronous motor, a new inductive sensing system of relative position is designed.
提出一种用等间距排列的一组线阵状传感器对迹线的绝对位置和迹线与跟踪装置的相对交越变化情况进行实时检测的方法来达到快速寻迹的目的。
In order to find trace quickly, this paper introduces a real-time method with a set of equidistant linear array sensor to detect relative cross state and absolute position between trace and tracker.
所 述传感器的相对位置被刚性地固定在具有结构框架的所述旋转靶外。
The relative position of the sensors is rigidly fixed externally from the rotating targets with a structural frame.
另外该改进方法解决了在周期内进行的大量相关运算和条件判断问题，成功实现了计算周期内各个光纤传感器解调信号波形的相对位置。
This new way solves a great deal of correlation operation and condition judgment in a period, and finally succeeds in computing the relative position of each demodulation signal wave in a period.
所述方法包括：通过 所述传感器检测所述磁铁的磁感应强度，判断出所述磁力杆和所述测量杆的相对位置；
The method includes: detecting magnetic induction of the magnet via the sensor to judge relative position of the magnetic rod and the measuring rod;
所述方法包括：通过 所述传感器检测所述磁铁的磁感应强度，判断出所述磁力杆和所述测量杆的相对位置；
The method includes: detecting magnetic induction of the magnet via the sensor to judge relative position of the magnetic rod and the measuring rod;
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